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Raymond Chang. Table of general constants Planck's constant ( h ) Boltzmann's constant ( k ) Rydberg constant ( RH ) Electron charge ( e ) 6.62559 X 10-27 erg - sec 1.38054 X 10-16 erg deg 1.09737 X 105 cm - 1 4.803 X 10-10 esu 9.1083 X ...
Raymond Chang. Table of general constants Planck's constant ( h ) Boltzmann's constant ( k ) Rydberg constant ( RH ) Electron charge ( e ) 6.62559 X 10-27 erg - sec 1.38054 X 10-16 erg deg 1.09737 X 105 cm - 1 4.803 X 10-10 esu 9.1083 X ...
Page 123
... constant for the bimolecular reaction can be deduced from the ESR spectrum of N- . As an example let us consider the electron transfer reaction between a tetracyanoethylene ( TCNE ) anion radical and its neutral molecule . The TCNE ...
... constant for the bimolecular reaction can be deduced from the ESR spectrum of N- . As an example let us consider the electron transfer reaction between a tetracyanoethylene ( TCNE ) anion radical and its neutral molecule . The TCNE ...
Page 135
... constant B , in the vth vibrational state is B1 = Beαe ( v + 1/2 ) Bo e ( 7-10 ) Where B , is the rotational constant for the theoretical equilibrium state of no vibration , a , is a constant about one - hundredth part of Be . The ...
... constant B , in the vth vibrational state is B1 = Beαe ( v + 1/2 ) Bo e ( 7-10 ) Where B , is the rotational constant for the theoretical equilibrium state of no vibration , a , is a constant about one - hundredth part of Be . The ...
Contents
PREFACE | 1 |
NUCLEAR QUADRUPOLE RESONANCE SPECTROSCOPY | 29 |
NUCLEAR MAGNETIC RESONANCE SPECTROSCOPY | 52 |
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